Edwin Huang Portfolio by edwin.huang7

Selected Works Edwin Huang

Edwin Huang Mobile I 0415560300 Instagram I @edwinhuang7 Email I Edwin.huang7@gmail.com Linkedin I https://www.linkedin.com/in/edwin-huang-15b180181/

Language

A recent graduate of architecture (undergraduate) and current lighting designer who is passionate about lively public spaces.

Education

Software Ability Advanced Rhino, Adobe Suite, Intermediate Revit, Grasshopper , V-Ray Basic Enscape, Autocad

Experience Lighting Designer Arup, Sydney, NSW (26/11/19 - present) Student intern John Poole Architects, Sydney, NSW (05/06/18 - 11/07/18)

English and Chinese

Secondary: Ryde Secondary College I Ryde, NSW (2010-2015) Achievements: Regional relay 4 x 100m finalist 1st in Information Technology 2014 Tertiary University of Sydney I Sydney, NSW Bachelor of Design in Architecture (2019 graduate)

A collection of works from undergraduate program and professional experience.

Contents I. Civic Sanctuary II. Urban Oasis III. Macquarie Uni Law School IV. World Square V. 25 Martin Place

I. Civic Sanctuary Civic Sanctuary embodies intimate flowing spaces that creates a theatre of dynamic threshold spaces, acting as itself a performance for it’s users and catering to public performance. The manifestation of minimalistic design maneuvers results in a monastic-like place of spiritual contemplation, a Civic Sanctuary.

NSW Land Registry Services

Hyde Park Barracks

The site is situated at the intersection of the commercial precinct and the domain. It is flanked by significant buildings of Sydney’s colonial history such as the Sydney Eye Hospital, Hyde Park Barracks and The Mint. The proposal is hence inextricably grounded in Sydney’s colonial provenance, paying homage to historically significant social groups.

Proposal

Sydney Eye Hospital

Civic Sanctuary

The simulateneous opening and closing of spaces creates spatial tensions and releases, guiding the user to walk in certain directions for various views and experiences.

Upon reaching the site, users are met with a memorial wall arising out of the ground. The mass of the memorial wall is grounded and intersect’s the site’s horizontal plane, a metaphor for the telling the site’s history.

Software used: Rhino, V-Ray

II.

Urban Oasis

Courtyard render An Urban Oasis where individuals are greeted by a central courtyard, a defining of public space.

Bathing render A visual impression intending to capture the serenity of private bathing spaces, the coolness of stone walls permeating through the air and the stillness of untouched water.

Software used: Rhino, V-Ray

Architect’s render

III.

Macquarie University Law School

A new law building for Macquarie University which retains the existing concrete structure and builds on top of it using CLT beams and columns. Is defined strongly a crown moot court as a focal point with visibility to to the North-East.

General Notes 1. This drawing shall be read in conjunction with all other mechanical, architectural, structural, electrical, hydraulic and other drawings, design reports, specifications and associated design documents with due allowance for the design status. Refer to Architectural reflected ceiling plans for acoustic ceiling panel locations and design intent. 2. This drawing is not for construction. 3. This drawing provides information intended to identify the scope, design intent and general installation requirements of the works. The Contractor shall be responsible for the final coordination, shall undertake site measurements and / or surveys as required and set out all works to suit actual on-site conditions. 4. Configurations, arrangements and connection details shown are generic in nature and show a level of detail consistent with Detailed Design. Activities such as coordination and costing should take this into consideration. 5. The Contractor shall ensure that structural loadings are within the designated allowance and provide all steelwork not shown on the structural drawings as well as brackets, supports,etc as required. 6. Services penetrations through external walls to be weather sealed. Through internal and external walls to be acoustically stopped. All penetrations shall be fire rated with approved materials to the approval of structural engineer and authorities. 7. Through fire rated compartments shall be fire stopped to achieve a fire rating equivalent to the fire compartment and allow for movement, construction tolerances and thermal expansion as necessary. 8. All works shall be undertaken as per Macquarie University Design Standards. 9. All electrical systems/devices are new unless noted otherwise. 10. Drawing to be printed in colour. 11. The contractor shall produce dimensioned multidisciplinary services layout drawings and sections demonstrating coordination between work shown and specified in other disciplines' drawings and documents. These drawings shall be in addition to and at an enhanced level of the design drawings specified in the preliminaries. 12. Supports and fixings are to be designed in accordance with AS1770 Structural Design Actions Part 4: Earthquake Actions in Australia. 13. Final services coordination within Moot Court ceiling and associated Moot Court structure subject to design finalisation by contractor. The services shown are to be incorporated into the final structure and architecture based on the design intent indicated on the drawings. 14. Refer to the Fire Services Specification for materials and workmanship. 15. Refer to Fire Engineering Brief / Report for detail and requirements to be incorporated in the Fire Services documentation. 16. Check all dimensions on site and coordinate with other trades prior to purchase of equipment or installation of fire services. No claims will be considered regarding items which cannot be installed due to error resulting from failure to check dimensions or coordinate with other trades on site. 17. Confirm location, sizes and depths of structural beams, ceiling void, all other services and ceiling height prior to installation. Determine exact sizes and locations of structural penetrations on site in accordance with the structural requirements. Obtain approval from structural engineer prior to drilling any core holes and penetraing structure.

Cabling to light fixtures in areas with exposed CLT beams and no suspended ceiling to reticulate in conduit. Final finish to be confirmed by architect (typical for all floors)

X14

X1X2

X10

X11

X12

X16

Y16

X18

X13 D5

D5 D4

FL1

201X

M S2

EM1

D12 D12

11 m² CLG-101A D6 2700

10D6 m² CLG-101A 2700

? ?

M S2

210

OFFICE 10 m²

210X

D13

EX1

STORE 5 m²

EM2 MS1

MS1

D12 D13

EX1 D4 MS1

EX1

D13

EX1

218

4-6p MEETING 16 m²

EXIT

L5 D4

L2-B EM2

MS1

EX1

EXIT

EM1

EX3

L2.120

EXIT

MECH 0 m²

B1E

260

258

HYD 0 m²

D1 MS1

L11

MECH 0 m²

259

219X

Lighting General Notes

COMMS 12 m²

B1E

338

MECH 1 m²

EX3

MS1

G23GG HYD 2 m²

EM1

? ?

MS1

D12 EM1 D12 D13

EM1

LCP2

L3 B1

CHW 0 m²

MS1

D13

EXIT FHR 1 m² G23BB

MS1

EX2

EM1

L2-B

EX1

EM2

MS1

EXIT

MOOT COURT 172 m²

1 LCP

OFFICE 10 m²

MS1

MS1 MS1

EXIT

MS1

D1 EX2

Y10

D6 209

208

EXIT

EM1

207 OFFICE 10 m²

12 m²

MS1

217

EX1

LCP2

EXIT

MS1

LCP2

G23JJ

206 D6 OFFICE

3100

LCP2

CLG-101A 2700

D12CLG-101D EX1

FL-103 3878

Y12

D12 EM1

OFFICE

CLG-101A 10 m² D6 2700

9 m²

205

204

OFFICE

202 CLG-101A D6 OFFICE 2700

LCP2

CLG-101A 2700

LCP2

S2 M

M S2

D6 203

OFFICE 9 m²

EX1

FIRE STAIR 1 29 m²

B1E

LCP2

S2 M

201

MS1

FS1

D13

MS1

P2-B MS1

LCP2

S2 M

LCP2

S2 M

CLG-101DD4 3100

S2 M

LCP2

MS1

P2-B LCP2

D5 MS1

CLG-101D MS1 3100

MS1 CLG-101D 3100EM1

UTILITY EXHAUST 0 m²

LCP2

EM1 CLG-101D 3100 MS1

L2.172

EX1

WORKPLACE 270 m²

CLG-101D 3100

LCP2

B1E

FL1 MS1

S2 M

EX1 P2-B

S2 M

LCP2

EM1 D4

216X STORE

D13 5 m²

OFFICE 10 m²

D4 LCP2

S2 M

MS1

D6 216

OFFICE 10 m²

EM1 D4

D6 215

214 CLG-101A OFFICE 2700 10 m²

CLG-101A 2700

MS1

213 OFFICE 10 m²

M S2

MS1

EM1

MS1

Y14

212 OFFICE 10 m²

EXIT

LCP2

OFFICE 10 m²

CLG-101D 3100

EXIT

D4 FL1

CLG-101D 3100 D4

211

EXIT

D4 FL1

CLG-101D 3100

M S2

D4 D4

MECH 0 m²

D3 D1

MS1

FL1

D3 EM2

H1 H1

Lift car lighting by VT contractor

H1 H1 H1 H1

221 D6 D6 OFFICE

MS1

EM1 S2 M

10 m²

10 m² 10 m²

CLG-101A 2700

236

MS1 D4

H1 H1

235

235 D6 OFFICED6 OFFICE

CLG-101D 3100

M S2

D3 EX1

MS1

LCP2

EXIT

LCP2

L5 EM2

H1 H1

LCP2

? ?

MS1

LCP2

P1 252 HUB 184 m²

EM1

H1 H1

D1 ? ?

MS1

S2 M

P1 P1

LCP2

D6 OFFICE 236 D6 10 m² OFFICE 10 m²

D3 to be suspended in areas with no drop ceiling

1. Refer to Luminaire Schedule in Electrical Specification for details of luminaire fixtures. 2. This drawing is to be read in conjunction with all relevant Architectural, Structural, Electrical, Hydraulic and Fire Services drawings. 3. Lighting to be controlled via DALI drivers. 4. Non-dimmable lights to be controlled by Dali relay. 5. Final luminaire locations are to be taken from architectural drawings. 6. All lighting to be installed in accordance with Australian Standards. 7. All lighting layouts to video conferencing rooms to be confirmed with architect prior to construction. 8. Refer to architectural information for location and specification of floor lamps. 9. Allow for lighting control panels to room with display screens. 10. Landscape / External lighting is to be issued in a subsequent tender addendum.

CLG-101A 2700

L2.116

? ?

MS1

222

EM1

OFFICE 9 m²

MS1

RISER 2 m²

CLG-101D 3100

D10

CLG-102 D10 2400

EM1 MS1

FL1

D6 CLG-101A

D4 EM1

D10

OFFICE 10 m²CLG-101A

FL-103 3878 D4

LCP2

2700

LCP2

D6 CLG-101A

LCP2

EXIT

LCP2

D6 CLG-101A

CLG-101D 3100

CLG-101D

MS1

FL1

CLG-101A 2700

EM1 D4

MS1 3100

CLG-101D 3100

OFFICE

CLG-101D 3100

MS1

FL1

246 2700

MS1

EM1 D4

2700

245 OFFICE 11 m²

FL1 LCP2

MS1

EX1

LCP2

244 OFFICE 11 m²

D4 D6

WORKPLACE 467 m²

2700

243

LCP2

238D6 OFFICE 10 m²

M S2

EXIT

CLG-101D 3100

LCP2

CLG-101D 3100

D12 CLG-101D 3100 P2-B 221X

MS1

MS1 CLG-101D 3100

D6 226 OFFICE 10 m²

LCP2

D6 242

FL1

OFFICE 10 m²

11 m² D6

LCP2

D6 241 OFFICE 10 m²

CLG-101A 2700

S2 M

D4 EM1

EX1

LCP2

L9 D6

227 OFFICE CLG-101A 2700 10 m²

2700

P2-B

S2 M

D10

MALE WC 28 m²

S2 M

MS1

TE 1 m²

S2 M

D11 D11 D11 D11 D11 GF.145

228 OFFICE 10 m²

P2-B

M S2

GF.140

RISER 1 m²

250 CLG-101A EM1 ACC. WC 2700 6 m²

MS1 EXIT

D12 CLG-101D 3100

P2-B

249

B1E

LCP2

D11 D11 D11 D11

229

12 m²

D6 CLG-101A

M S2

LCP2

D6 MS1OFFICE

D12

M S2

LCP2

L9 L9

EXIT LCP2

EM1 P2-B

MS1

L9 L9

EX1

D12

MS1 CLG-101D 3100

M S2

MS1

D10 D10

EX2 L9

230 D6

OFFICE 11 m²

MS1

FHR 1 m²

Y2 Y1

LCP2

MS1

231 OFFICE 9 m²

EX1 D3

S2 M

MS1

EM2

232 OFFICE 9 m²

224

OFFICE 10 m²

MS1

EM2

S2 M

B1E

S2 M

D10

MS1

OFFICE 9 m²

S2 M

ELEC 3 m²

CLG-101A 2700 233

D10

EM1 D10

GF.141 249X

L2.114

M S2

MS1 D10 FEMALE WC D10 28 m²

MS1

EM1

L9 D6

234

S2 M

MS1

EM2

D8 D6 OFFICE 9 m²

L2.110 CORRIDOR 20 m²

B1E

MS1

L9 D11 D11 D11 D11

D10 CLG-102 251 2400

EXIT

251X CLEANERS STORE 3 m²

Lift car GF.135 LIFT lighting by 6 m² VT contractor

M S2

CLG-102 2400 CLG-102 2400

M S2

B1E

CHW 1 m²

L2.107

CHW - C5a 0 m²

M S2

EXIT

MS1 EXIT EX2

L2.105

M S2

EXIT COMMS 11 m²

EX1

EX3 EXIT

B1 250X

L2-B LCP2

237 OFFICE 10 m²

LCP2

247 CLG-202A 4-6p MEETING 2700 16 m²

LCP2

L2-B

EM2

EXIT

MS1

EM1 D1

P2-B

LCP2

? ?

MS1

S2 M

248

4-6p MEETING 16 m²

FL1

Y7 EX1

D4 FL1

CLG-101D 3100

S2 M

D4 EM1

M S2

MS1

P1 MS1

D3 L5

L11

LCP2

FHR 1 m²

D1 L6 340 HYD 2 m²

LCP2

L5 ARE LINEAR STRIPS TO WASH TIMBER BEAMS

LCP2

D6 240 OFFICE 10 m²

MS1

F E C B

D6 239 OFFICE 10 m²

CLG-101D 3100

23.09.21 15.09.21 20.08.21 28.07.21

Issue

Tender Issue Tender Issue Draft Tender Issue Preliminary Issue

Date

EX1

Barrack Place Level 5 151 Clarence Street Sydney NSW 2000 Australia +61 (0) 2 9320 9320 www.arup.com

Client

Macquarie University

Project Title

Macquarie Law School Macquarie University Macquarie Park NSW 2109 Drawing Title

Electrical ICT & Security Services Level 02 Lighting & Emergency Lighting Layout Scale at A0 Role Status

1 : 100

By / Chkd / Appd

KB/BS/NP

Electrical Services For Tender

Arup Job No

Rev

278946

Scope of works was to provide lighting design services to the design development stage to Macquarie University Law School. Work involves setting up and running workshops with architects, coordinating with the internal Engineering and BIM teams and producing revit documentation of lighting reflected ceiling plans.

Software used: Revit, Unify

24/09/2021 5:00:01 PM

EXIT

Architect’s render

IV.

World Square

The installation of a new floatng ‘veil’ is proposed to the World Square Central Plaza. The structure is to become an iconic architectural and artistic feature, whilst also providing protection from falling overhead objects from apartments.

Existing

Proposed

June 21st 9am

June 21st 12pm

June 21st 2pm

The analysis of daylight access considered how the ‘veil’ is expected to impact daylight access by comparing existing and proposed conditions. The above image shows an excerpt of the broader daylight calculation study in which findings discover when assuming an overcast sky, approximatley a 25% reduction in lux levels under the areas beneath the proposed ‘veil’.

Software used: Grasshopper, Honeybee, Ladybug

Architect’s render

IV.

World Square

Electrical lighting was also developed for this project in which the use of spotlights, catenary lighting and downlights to corridors have been calculated and specified in accordance to the relevant lighting standards for public activity spaces.

Luminance readings of the existing site had been done to better understand the light levels of the space and to undertake research into Arup’s “Safety at night” initiative.

Software used: Python

25 Martin Place

The external private domain consists of a glass ‘ribbon’ facade with internal lighting in tuneable white light along the building perimeter to highlight the architectural geometry and palette. The image above shows a lighting render to illustrate lighting effects, types and overal appearance.

Software used: Photoshop

Obtrusive light study has been done to understand adverse lighting effects of the scheme onto surrounding buildings. The areas of calculation includes luminance on vertical plane, luminous intensity, threshold increment and up-ward light spill.

Software used: Agi 32